" 50g ethylene glycol is added to "200gH_(2)O" .What amount of ice will separate out at "-9.3^(@)C[k_(f)=1.86kkg

50g of antifreeze (ethylene glycol) is added to 200 g water. What amount of ice will separate out at -9.3^@C ?

A solution containing 50 g of ethylene glycol in 200 g water is cooled to -9.3^(@)C . The amount of ice that will separate out will be ( K_(f) of water =1.86K Kg"mol"^(-1) )

620g ethylene glycol is added to 4kg water in the radiator of a car.The amount (in gm ) of ice will separate out at -6^(@)C is x times100 (K_(f)=1.86Kkgmol^(-1)) .Find x

A solution containing 100g ethylene glycol in 500g water is cooled to -6.2^@C. The amount of ice that will separate out will be (K_f "for water=1.86K kg mol"^(-1))

620g ethylene glycol is added to 4kg water in the radiation of a car. The amount (in gm) of ice will separate out at -6^(@)C is "x" times 100 ( K_(f) = 1.86 K kg mol^(-1) .) Find "x"

106.2g 1 molal aqueous solutio of ethylene glycol is cooled to -3.72^(@)C . Mass of of ice separated during cooling is (K_(f0 water =1.86 freezing point of water =0^(@)C )

106.2g 1 molal aqueous solutio of ethylene glycol is cooled to -3.72^(@)C . Mass of of ice separated during cooling is (K_(f0 water =1.86 freezing point of water =0^(@)C )

75 g ethylene glycol is dissolved in 500 gram water. The solution is placed in a refrigerator maintained at a temperature of 263.7 K. What amount of ice will separate out at this temperature ? ( K_(f)" water"=1.86 K "mollality"^(-1) )

75 g ethylene glycol is dissolved in 500 gram water. The solution is placed in a refrigerator maintained at a temperature of 263.7 K. What amount of ice will separate out at this temperature ? ( K_(f)" water"=1.86 K "mollality"^(-1) )